def plot_grid(file, obj_list):
# Print a comment
write_comment(file, "Grid", 5)
min_v = 0
max_v = max(grid.x)
min_h = 0
max_h = max(grid.y)
# Plot grid
# Plot vertical lines
for i in range(len(grid.x)):
plot_line(file, grid.x[i], min_h, grid.x[i], max_h, Const.COLOR_GRID,
500)
# Plot horizontal lines
for j in range(len(grid.y)):
plot_line(file, min_v, grid.y[j], max_v, grid.y[j], Const.COLOR_GRID,
500)
# Plot coordinates of each spot in grid
for i in range(len(grid.x) - 1):
for j in range(len(grid.y) - 1):
plot_text(file, "Right", \
grid.x[i+1]-0.5, grid.y[j]+0.5, \
"({}, {})".format(i, j), \
Const.FONT_NORMAL, Const.COLOR_GRID, 500)
def plot_use_text_list(file, object):
for i in range(object.N_Uses()):
plot_text(file, "Left", \
object.x0 + Const.UNIT_BOX_HEIGHT*0.333, \
object.y0 + Const.UNIT_BOX_HEIGHT*object.N_Types() \
+ Const.UNIT_BOX_HEIGHT*(i+1) \
+ Const.UNIT_BOX_HEIGHT*0.75, \
object.uses[i], Const.FONT_NORMAL, "Black", 10)
def plot_type_text_list(file, object):
if object.N_Types() != 0:
for i in range(object.N_Types()):
plot_text(file, "Left", \
object.x0 + Const.UNIT_BOX_HEIGHT*0.333, \
object.y0 + Const.UNIT_BOX_HEIGHT*(i+1) \
+ Const.UNIT_BOX_HEIGHT*0.75, \
object.types[i], Const.FONT_HEADER, "Black", 10)
def plot_var_text_list(file, object):
if not object.vars_hidden:
for i in range(object.H_Vars()):
plot_text(file, "Left", \
object.x0 + Const.UNIT_BOX_HEIGHT*0.333, \
object.y0 + Const.UNIT_BOX_HEIGHT*object.N_Types() \
+ Const.UNIT_BOX_HEIGHT*object.N_Uses() \
+ Const.UNIT_BOX_HEIGHT*(i+1) \
+ Const.UNIT_BOX_HEIGHT*0.75, \
object.vars[i], Const.FONT_NORMAL, "Black", 10)
def plot_legend(file, obj_list, x0, y0):
# Print a comment
write_comment(file, "Legend", 5)
p = "" # path
u = [] # use
v = [] # var
m = [] # methods
c = [] # calls
mobject = Module(" Module ", p, u, v, m, c, [])
mobject.x0 = x0
mobject.y0 = y0
sobject = Subroutine(" Subroutine ", p, u, v, m, c, [])
sobject.x0 = x0
sobject.y0 = y0 + Const.UNIT_BOX_HEIGHT
fobject = Function(" Function ", p, u, v, m, c, [], "")
fobject.x0 = x0
fobject.y0 = y0 + Const.UNIT_BOX_HEIGHT * 2
pobject = Program(" Program ", p, u, v, m, c, [])
pobject.x0 = x0
pobject.y0 = y0 + Const.UNIT_BOX_HEIGHT * 3
text_height = Const.UNIT_BOX_HEIGHT
text_width = find_width(sobject)
# Boxes
plot_object_name(file, mobject)
plot_object_name(file, sobject)
plot_object_name(file, fobject)
plot_object_name(file, pobject)
# Splines
plot_spline_legend(file, \
x0, y0+Const.UNIT_BOX_HEIGHT*5.5, text_width, \
"Continuous")
plot_spline_legend(file, \
x0, y0+Const.UNIT_BOX_HEIGHT*7.0, text_width, \
"Dashed")
plot_text(file, "Center", \
x0 + text_width*0.5, \
y0 + Const.UNIT_BOX_HEIGHT*4.5 \
+ Const.UNIT_BOX_HEIGHT*0.75, \
" Use statements ", Const.FONT_HEADER, "Black", 10)
plot_text(file, "Center", \
x0 + text_width*0.5, \
y0 + Const.UNIT_BOX_HEIGHT*6.0 \
+ Const.UNIT_BOX_HEIGHT*0.75, \
" Call statements ", Const.FONT_HEADER, "Black", 10)
def plot_object_name(file, object):
box_width = find_width(object)
# Plot module framing box first
plot_title_frame(file, object, box_width, Const.UNIT_BOX_HEIGHT)
# Plot name
full_name = " " + object.name
if object.Type() == "Function":
full_name = " " + object.fun_type + " " + object.name
plot_text(file, "Center", \
object.x0 + box_width*0.5, \
object.y0 + Const.UNIT_BOX_HEIGHT*0.75, \
full_name, Const.FONT_HEADER, "Black", 10)